1) Filter Table
Filter is default table for iptables. So, if you don’t define you own table, you’ll be using filter table. Iptables’s filter table has the following built-in chains.
/* | |
* Created by C.J. Kimberlin | |
* Refactored by Mane Function | |
* | |
* The MIT License (MIT) | |
* | |
* Copyright (c) 2019-2023 | |
* | |
* Permission is hereby granted, free of charge, to any person obtaining a copy | |
* of this software and associated documentation files (the "Software"), to deal |
public class MMTimer : IDisposable | |
{ | |
private const int EventTypePeriodic = 1; | |
private const uint STATUS_SUCCESS = 0; | |
private const uint STATUS_TIMER_RESOLUTION_NOT_SET = 0xC0000245; | |
private readonly MultimediaTimerCallback Callback; | |
private bool disposed; | |
private bool enabled; | |
private bool highestPossibleResolution; | |
private int interval, resolution; |
1) Filter Table
Filter is default table for iptables. So, if you don’t define you own table, you’ll be using filter table. Iptables’s filter table has the following built-in chains.
Android has a unique memory management model. Below, are the notes taken while we try to understand it thoroughly.
The ActivityManager, among other things, is responsible for making sure that apps that are most important to the user and/or essential remain active. It does this by dynamically assigning values that roughly indicate the app's importance. When memory gets low these values are used to find the apps that need to be "trimmed." The memory from these "trimmed" apps is freed, making more available for the more important apps.